High Power Density
Compact power optimized for limited space in vehicles and weapon systems.
Digital Power Corporation delivers hardened power solutions for land platforms where durability, precision, and survivability are required across tactical networks, launch systems, and mobile mission electronics. Our systems support mobile and fixed ground communications, ground-to-air launch systems, artillery navigation, and unmanned platforms while maintaining mission continuity in demanding shock, vibration, dust, and transient-heavy operating environments. Read more
Compact power optimized for limited space in vehicles and weapon systems.
Keeps communications, seekers, and sensors clear in dense RF environments.
Stabilizes rails during pulse loads from launchers, radar, and jammers.
Built for shock, vibration, dust, and temperature extremes in the field.
Parallel-ready configurations support continuous mission operation.
Embedded telemetry and diagnostics support real-time status and sustainment.
Land-based systems need low-noise, ruggedized power architectures that hold regulation through pulse loads, environmental extremes, and mission-critical communications or guidance events.
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Low-noise power for tactical radios, data terminals, and command-network electronics where spectral cleanliness and uptime are critical.
View ProductLand-based systems center on rugged power for ground forces and tactical networks. The core focus is durable, precision-regulated power for communications, launch platforms, navigation systems, and unmanned ground or air-adjacent field assets operating in high-shock, high-noise environments.
These applications need low-noise, interference-free power for tactical radios, data terminals, and command-network infrastructure. They rely on spectral integrity and continuous uptime so communications stay clear in congested electromagnetic environments.
For this class of platform, Digital Power’s fit is in rugged conversion, efficient thermal behavior, and reliable operation under field deployment conditions where power quality directly affects command-and-control performance.
Compact, high-efficiency converters support launch systems, guidance-control functions, and telemetry modules. These systems need fast transient behavior and stable rails when launcher electronics and mission payloads shift operating states quickly.
Here the emphasis is on survivability, density, and dependable regulation inside tightly constrained military packaging and harsh field conditions.
Land-based programs also include artillery navigation and targeting, unmanned or robotic ground vehicles, integration services, and military qualification. Across those themes, the value proposition is stable power under pulse loads, low EMI performance, and long-life supportability.
Precision-regulated power supports gyro positioning and inertial navigation units that enable fast self-alignment and accurate targeting in GPS-degraded environments. These applications reward low-noise rails, fast transient response, and stable delivery to sensitive navigation electronics.
This is the same mission space reflected in the linked gyro positioning and inertial navigation case study, which reinforces the need for uninterrupted operation during signal loss or degraded battlefield conditions.
Lightweight, high-density DC-DC power solutions and battery-management support also fit surveillance, reconnaissance, and combat drone applications. These programs depend on efficient conversion, rugged environmental resilience, and smart monitoring for real-time status awareness.
Digital Power’s land-based positioning also includes integration support from concept through field deployment, including custom rails, thermal and mechanical optimization, telemetry, qualification testing, and production sustainment.
This product set centers on ground communications, launcher electronics, targeting systems, and unmanned platforms while surfacing rugged products suited to land-force integration programs.
